Originally posted by Slovenia
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KAPAGEN, the Tariel Kapanadze's generator
It seems to me that they key to understanding these devices is to be found in studying the resonances that take place in the system, as I have done for the Kapagen device.
Since I believe there is a real ether, it helps for your understanding to study the acoustic equivalent:
Resonance
Especially this picture is interesting:
Standing Waves

The air displacement is an analog to "current" or "magnetic component", while the pressure is an analog to "voltage".
As with musical instruments, you can resonate coils at higher harmonics, higher octaves. Normally, the shortest coil has the highest resonance frequency and the other coils are such that this frequency is also a higher harmonic resonance frequency of the larger coils.
The interesting thing is that pressure/voltage have a so-called phase difference of 90 degrees when in resonance, so when you have standing waves. So, at the point where you have a pressure node, you have high displacement, while in a coil where you have a voltage node, you have high current. And vice versa, of course.
If the coils are wound with the same diameter wire and the same core diameter, you can find these nodes / hot spots pretty easily by counting the number of windings, even though you still need to know at what harmonic or octave the shortest coil is resonating, which is usually at the so called quarter wave length, but not always, depending on how it is driven. When this coil is n turns, you have a quarter wave every n turns.
If you have a coil with a more or less open end, for example only loaded with a small couple capacitor, then at that terminal you have a voltage hot spot, so low current. If the other terminal is loaded, like connected to a transistor, then that is usually a current hot spot, so low voltage. In that case, you have a quarter wavelength over the coil.
This way, you can see if you can find out at what harmonic the different coils in the system are (supposed to be) resonating.
Interesting details are bifilar wound coils put in series and coils that are wound in opposite directions on top of one another (clock-wise / counter-clock-wise). Bifilar wound coils put in series give significantly more voltage gain at the half-wave resonance frequency, while opposit wound coils put in series supress the magnetic field and thus prevent current flowing from one coil to the other, which is what is being used in the Kapagen device.

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